Additive manufacturing for automotive turbomachinery research projects win grants

March 4, 2016
Two research projects are working to develop high-temperature radial turbines using an additive manufacturing technique.

Two research projects at the University of Bath (England) have been awarded Innovate UK (Swindon, Wiltshire, England) grants to help further develop high-temperature radial turbines using an additive manufacturing technique.

The project, Additive Manufacturing for Cooled High-temperature Automotive Radial Machinery (CHARM), is in collaboration with HiETA Technologies (Emersons Green, Bristol, England). Dr. Colin Copeland and co-investigator Dr. Carl Sangan will assess the technical feasibility of producing high-temperature radial turbines using selective laser melting (SLM) with nickel super-alloys. Currently, the durability of radial turbomachinery is limited when operating in high-temperature environments, which restricts the efficiency of gas turbines and internal combustion engines. This project will aim to demonstrate the ability of the SLM technique to incorporate cooling features into the turbomachinery to increase exhaust gas temperature limits, and thereby the fuel efficiency of future vehicles.

Dr. Colin Copeland, project lead and Lecturer in the University of Bath's Department of Mechanical Engineering. (Credit: University of Bath)

The second project, Advanced Inverted Brayton Cycle exhaust heat recovery with Steam Generation, will work with HiETA Technologies and Axes Designs (Malvern, Worcestershire, England), and focus specifically on internal combustion engines equipped with an Inverted Brayton Bottoming Cycle. This research builds on an existing Innovate UK-funded project investigating how best to recover exhaust heat using an Inverted Brayton Bottoming Cycle.

Currently, a significant amount of energy in vehicles is lost in the form of heat through the exhaust gases expelled into the atmosphere. This project aims to prove the feasibility of using a technique to separate water vapor from the exhaust stream to generate a high energy steam cycle, which can then be used to help reduce the engine's fuel consumption.

"These two research projects are at the cutting edge of research in turbomachinery," explains Copeland, project lead and lecturer in the University of Bath's Department of Mechanical Engineering. "Additive manufacturing is revolutionizing how we control and utilize heat in modern vehicles. These projects investigate two new ways to utilize waste thermal energy to improve the fuel economy in future vehicles."

In November 2015, the University of Bath was formally recognized as one of the UK's leading automotive propulsion groups, having been selected as a Spoke of the Advanced Propulsion Centre (APC). The Powertrain & Vehicle Research Centre (PVRC), which will form the core of the university's work as a Spoke, is one of the leading UK university groups in its field, spanning four decades of achievement and extensive engagement with the automotive industry.

Conducting internationally prize-winning research, focusing on improving the efficiency and emissions of both diesel and petrol engines, the PVRC has a wide range of industrial collaborators and funding bodies, including Jaguar Landrover, Ford, EPSRC, First, AshWoods, and Lotus.

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About the Author

Industrial Laser Solutions Editors

We edited the content of this article, which was contributed by outside sources, to fit our style and substance requirements. (Editors Note: Industrial Laser Solutions has folded as a brand and is now part of Laser Focus World, effective in 2022.)

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